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Evaluation of Impactor’s Collection Efficiency on Airborne Bacteria by Type of Agar Media and Storage Condition

Other Title
배지 종류 및 저장 조건에 따른 impactor의 부유세균 시료 채취 효율 평가
김, 기연; 이, 경종; 박, 재범; 장, 규엽; 김, 치년
Han'guk Hwan'gyŏng Pogŏn Hakhoe chi, 33(2):145-149, 2007
Journal Title
Han'guk Hwan'gyŏng Pogŏn Hakhoe chi; Korean journal of environmental health; Journal of environmental health sciences; 한국환경보건학회지
The range of reduction rates of airborne bacteria concentration at 6 hrs, 12 hrs, 24 hrs and 48 hrs, which means a storage time until input of agar media into incubator after air sampling with an impactor, were 15-20%, 25-40%, 35-50% and 55-70%, respectively, compared to initial concentration. Types of agar media and storage thermal condition did not significantly affect a collection efficiency of impactor in terms of evaluating airborne bacteria level (p>0.05). To better improve the impactor’s collection efficiency of airborne bacteria, based on the result of this study, it is recommended that the vicinity of 25℃ should be sustained until input of agar media into incubator after air sampling.
impactorairborne bacteriacollection efficiencystorage condition
Appears in Collections:
Journal Papers > School of Medicine / Graduate School of Medicine > Occupational & Environmental Medicine
AJOU Authors
박, 재범이, 경종
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